Effect of many parameters including fundamental period, level of inelastic behavior, number of stories, damping model, damping ratio, structural strain hardening, earthquake excitation, level of soil flexibility, aspect ratio on height-wise distribution of damage (ductility demand) are intensively investigated.
This paper investigates the flexibility aspects of production systems that use highly interactive and autonomous mobile robotic units.
This problem encompasses various types of flexibility aspects pertaining to part selection and operation assignments along with constraints ranging from simple algebraic to potentially very complex conditional constraints.
Learning a second language strengthens mental flexibility, an aspect of self-control, because the languages interfere with each other and because children must determine which language the listener will understand.
A classification model supporting flexibility-related aspects is also discussed.
Large flexibility in the aspect ratio (A ≥ 2.6) and the plasma shape (shape parameter S = 2 7) ensures the parameter optimization to investigate the physics issues towards DEMO.
From a design aspect, flexibility may benefit flapping-wing Micro Air Vehicles both aerodynamically and in the inherent lightness of flexible structures.
Over 30,000 optimum load patterns are obtained for 21 earthquake excitations recorded on soft soils to investigate the effects of fundamental period of the structure, number of stories, ductility demand, earthquake excitation, damping ratio, damping model, structural post yield behaviour, soil flexibility and structural aspect ratio on the optimum load patterns.
Further demonstrating the flexibility in this aspect of transcriptional regulation, 'Set2' (Ashr3) is present in Cryptosporidium, whereas JmjC1 is absent, raising the intriguing possibility that they did not act together initially.
From a practical point of view, OPT-2 enjoys considerable flexibility in various aspects, and is easy to implement.
However, our survey aimed to investigate a specific aspect of flexibility, therefore overall flexibility might have not been captured.
